Rab Radium 0°C Sleeping Bag | 3-Season Synthetic Mountain Sleeping Bag

Description

The Rab Radeon 0°C is a synthetic sleeping bag designed to offer thermal reliability in changing conditions, where humidity, condensation, or intensive use are part of the real environment.

Thanks to Stratus™ insulation and WARM WAVE™ construction, it provides excellent heat retention even in situations where other sleeping bags lose performance. It is an ideal option for trekking, camping, and multi-day adventures in mild climates.

Real Technical Performance

The Radeon 0°C is designed for users who prioritize consistency and resistance against imperfect conditions.

The Stratus™ synthetic insulation maintains its thermal capacity even in humid environments, while the WARM WAVE™ structure improves thermal efficiency by trapping warm air without increasing weight.

Its 20D recycled Atmos™ outer fabric with DWR provides resistance to continuous use and protection against light moisture.

Quantitative Technical Specifications (Rab Equipment)

• Weight: 960 g
• Insulation: Recycled Stratus™ synthetic
• Construction: WARM WAVE™
• Outer Fabric: Recycled 20D Atmos™ with DWR
• Inner Lining: Recycled 20D Atmos™
• Comfort Temperature: 5°C
• Limit Temperature: 0°C
• Extreme Temperature: -15°C
• Shape: Mummy
• Thermal Collar: 3D with recycled insulation
• Zipper: YKK® with thermal baffle
• Internal Pocket: Yes
• Compressed Size: 20 x 35 cm

Comparison within the range

Radeon 6°C → lighter option for summer
Radeon 0°C (this model) → ideal balance between weight and versatility
Radeon -6°C → greater cold protection
Radeon -12°C → use in demanding conditions

Compared to down sleeping bags (Neutrino / Mythic): greater resistance to humidity and easier use.

Recommended Use

• Multi-day trekking
• 3-season camping
• Adventure travel
• Users who prioritize reliability

Is it for you?

✔️ Yes, if you are looking for a versatile and durable sleeping bag
✔️ Yes, if you will be sleeping in variable conditions
✔️ Yes, if you prioritize durability

❌ No, if you are looking for maximum warmth-to-weight performance
❌ No, if you need minimum compressibility